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OpenStudy (anonymous):
i am going to guess that this is
\[\frac{3}{5}(s-8)=9\] am i right?
OpenStudy (anonymous):
yes!!!!
OpenStudy (anonymous):
Can you help?
OpenStudy (anonymous):
lets get rid of the \(\frac{3}{5}\) by multiplying both sides by the reciprocal
OpenStudy (anonymous):
\[\frac{3}{5}(s-8)=9\iff x-8=9\times \frac{5}{3}\] so far so good ?
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OpenStudy (anonymous):
uh-huh!
OpenStudy (anonymous):
the since \(9\times \frac{5}{3}=15\) we have
\[s-8=15\] which you can solve by adding \(8\) to both sides
OpenStudy (anonymous):
s = 23, am I right? :D
OpenStudy (anonymous):
yup
OpenStudy (anonymous):
Yes!!! Thank you soo much!!!
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OpenStudy (anonymous):
yw
got any more you need help with, or is that enough?
OpenStudy (anonymous):
actually, can you help me with one more question?
OpenStudy (anonymous):
sure
OpenStudy (anonymous):
5 + 2c/4 = 14
OpenStudy (anonymous):
is it
\[\frac{5+2c}{4}=14\]?
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OpenStudy (anonymous):
no, it's \[5 + \frac{ 2c }{ 4 } = 14\]
OpenStudy (anonymous):
help? :)
OpenStudy (anonymous):
ok first subtract 5 from both sides
OpenStudy (anonymous):
get
\[\frac{2c}{4}=14-5\]
\[\frac{2c}{4}=9\]
OpenStudy (anonymous):
then maybe notice that \(\frac{2}{4}=\frac{1}{2}\) so what you really have is
\[\frac{c}{2}=9\] and you can solve for \(c\) by multiplying both sides by \(2\)
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OpenStudy (anonymous):
get
\[\frac{c}{2}=9\iff c=9\times 2=18\]
OpenStudy (anonymous):
So the anwser 18?! :D
OpenStudy (anonymous):
yes
OpenStudy (anonymous):
YESSSS!!!!! You, sir or madame, are good, I understood everything you was doing and why you were doing it! I won't take up any more of your time! Thanks for your help!!!!